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Peach-thin

Several materials have commercial use as abscission agents (6). In cotton, the products Accelerate (endothall), Folex (merphos) and DEF (oxidized form of merphos) have been identified as defoliants. Amid-thin continues to be used to thin fruit set. 3-CPA and Peach-thin 322, formerly used as peach thinners, serve as reminders of the disadvantages of highly specialized markets. RELEASE and PIK-OFF are under development as citrus abscission agents. [Pg.281]

Naptalam itself in special formulation is suitable for peach thinning during blossoming. [Pg.571]

Synonyms ACP 322 Alanap Alanap L Alanape Alanap lOG AT Dyanap Morcran 2-((l-Naphthalenylamino)carbonyl)benzoic acid a-Naphthylphthalamic acid A-l-Naph-thylphthalamic acid Naptalame Nip-A-Thin NPA PA Peach-Thin 6Q8 Solo. [Pg.128]

PDD 60401, see Diflubenzuron Peach-Thin, see Naptalam PEBl, see p,p -DD I PEBC, see Pebulate Pebulate... [Pg.642]

Fig. 3. (Top left) Chemical methods used to depolymerize the polyesters. (Top right) Thin-layer and gas-liquid chromatograms (as trimethylsilyl derivatives) of the monomer mixture obtained from the cutin of peach fruits by LiAlD4 treatment. In the thin-layer chromatogram the five major spots are, from the bottom, C18 tetraol, C16 triol, and C18 triol (unresolved), diols, and primary alcohol. Nx = C16 alcohol N2= C18 alcohol Mj = C16 diol M2 = C18 diol D = C16 triol D2 and D3 = unsaturated and saturated C18 triol, respectively, T4 and T2, unsaturated and saturated C18 tetraol, respectively. (Bottom) Mass spectrum of component D3 in the gas chromatogram. BSA = bis-N,O-trimethylsilyl acetamide... Fig. 3. (Top left) Chemical methods used to depolymerize the polyesters. (Top right) Thin-layer and gas-liquid chromatograms (as trimethylsilyl derivatives) of the monomer mixture obtained from the cutin of peach fruits by LiAlD4 treatment. In the thin-layer chromatogram the five major spots are, from the bottom, C18 tetraol, C16 triol, and C18 triol (unresolved), diols, and primary alcohol. Nx = C16 alcohol N2= C18 alcohol Mj = C16 diol M2 = C18 diol D = C16 triol D2 and D3 = unsaturated and saturated C18 triol, respectively, T4 and T2, unsaturated and saturated C18 tetraol, respectively. (Bottom) Mass spectrum of component D3 in the gas chromatogram. BSA = bis-N,O-trimethylsilyl acetamide...
Peaches contain violaxanthin, cryptoxan-thin, p-carotene, and persicaxanthin as well as 25 other carotenoids, including neoxan-thin. Apricots contain mainly p- and y-caro-tene, lycopene, and little if any xanthophyll. Carrots have been found to have an average of 54 ppm of total carotene (Borenstein and Bunnell 1967), consisting mainly of a-, p, and -carotene and some lycopene and xan-... [Pg.160]

When certain fruits, such as mangos and peaches, are in season, I buy them at their best taste and lowest price, let them get nice and ripe, and store them in packets in the freezer. Many stores also stock bags of frozen fruits and berries. I keep frozen orange juice and red grape juice concentrate handy as well. Egg substitute is an excellent protein source to balance the meal s nutritional profile. If your smoothie comes out thicker than you d like, just add more milk, water, or juice to thin it out to your preference. [Pg.276]

Use Delaying sprouting of potatoes, weed control, thinning of peaches, etc. [Pg.872]

The peach is the fruit of a tree bearing the same name. Botanically, a peach is classified as a drupe—a fruit whose seed is contained in a hard pit or stone surrounded by soft, pulpy flesh with a thin skin. The peach tree belongs to the rose family, Rosaceae. As the genus name, Prunus, suggests, peaches are close relatives of the apricot, almond, cherry, and plum. [Pg.833]

Most of these measurements involved the use of strong absorption lines and required the analysis of curves of growth. The discussion of section 10.4.2 shows that considerable simplifications are possible if the absorbing sample is optically thin. Consequently an apparatus has been developed by Peach (1969) and Blackwell and Collins (1972) in the Department of Astrophysics at Oxford for the measurement of the equivalent widths of weak absorption lines in metal vapours. The main components of this system, which is shown schematically in Fig.10,5, are discussed in the following sections. [Pg.302]


See other pages where Peach-thin is mentioned: [Pg.427]    [Pg.41]    [Pg.77]    [Pg.286]    [Pg.546]    [Pg.261]    [Pg.320]    [Pg.427]    [Pg.268]    [Pg.136]    [Pg.320]    [Pg.199]    [Pg.185]    [Pg.23]    [Pg.1157]    [Pg.277]    [Pg.578]    [Pg.84]    [Pg.332]    [Pg.225]    [Pg.226]    [Pg.229]    [Pg.88]    [Pg.58]    [Pg.274]   
See also in sourсe #XX -- [ Pg.281 ]




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